towards modeling the self-assembly of large space ... · towards modeling the self-assembly of...

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zu folgendem Vortrag wird herzlich eingeladen: Towards modeling the self-assembly of large space apertures Gwendolyn B. Johnson California Institute of Technology An overview of the goals and activities Keck Institute for Space Studies (KISS), at the California Institute of Technology, will be presented. This overview will be accompanied by a summary of the work done in the last year by the Self-Assembling Large Space Telescope Technology Development Group, one of three technology development groups funded by KISS. One particular thrust of this group, which will be discussed in detail, is the development of numerical tools to study and validate the self-assembly of very large structures in space. These tools include fast, robust, and structure-preserving contact algorithms for rigid body dynamics and finite element models, as well as numerical methods for performance certification and system optimization. Seminar 29. September 2010 15:30h HS 44-380 Prof. Dr.–Ing. habil. Sven Klinkel Fachgebiet Statik und Dynamik der Tragwerke TU Kaiserslautern Dr.–Ing. Sigrid Leyendecker Emmy Noether Group Computational Dynamics and Control TU Kaiserslautern Prof. Dr.–Ing. habil. Ralf M¨ uller Lehrstuhl f¨ ur Technische Mechanik TU Kaiserslautern

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Page 1: Towards modeling the self-assembly of large space ... · Towards modeling the self-assembly of large space apertures Gwendolyn B. Johnson California Institute of Technology An overview

zu folgendem Vortrag wird herzlich eingeladen:

Towards modeling the self-assembly of largespace apertures

Gwendolyn B. JohnsonCalifornia Institute of Technology

An overview of the goals and activities Keck Institute for Space Studies(KISS), at the California Institute of Technology, will be presented.This overview will be accompanied by a summary of the work done inthe last year by the Self-Assembling Large Space Telescope TechnologyDevelopment Group, one of three technology development groupsfunded by KISS. One particular thrust of this group, which will bediscussed in detail, is the development of numerical tools to study andvalidate the self-assembly of very large structures in space. These toolsinclude fast, robust, and structure-preserving contact algorithms forrigid body dynamics and finite element models, as well as numericalmethods for performance certification and system optimization.

Seminar29. September 2010 15:30h HS 44-380

Prof. Dr.–Ing. habil. Sven KlinkelFachgebietStatik und Dynamik der TragwerkeTU Kaiserslautern

Dr.–Ing. Sigrid LeyendeckerEmmy Noether GroupComputational Dynamics and ControlTU Kaiserslautern

Prof. Dr.–Ing. habil. Ralf MullerLehrstuhl fur Technische MechanikTU Kaiserslautern